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Baker Baker ISO Metric Thread Gauges-M1 to M20-Standard Pitch
The Baker ISO Metric Thread Gauges-M1 to M20 provide reliable measurements for precision threading. With a standard pitch range from M1 to M20, these gauges provide versatile, accurate measurements for all of your threading needs. .
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Baker Baker ISO Metric Thread Gauges-M21 to M50-Standard Pitch
Experience accuracy and precision with the Baker ISO Metric Thread Gauges. From M21 to M50 in Standard Pitch, these gauges ensure exact thread sizes to give you accurate results. With a calibrated mechanism and precise thread measurements, they provide reliable performance.
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Bilz BILZ BT30 Micro Collet Chuck Holder
This BILZ BT30 Micro Collet Holder offers superior precision and accuracy thanks to its micro collet design. This holder boasts an accuracy rating of 0.005 microns, making it the reliable choice for precision machining.
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Bilz BILZ BT40 Micro Collet Chuck Holder
The BILZ BT40 Micro Collet Holder ensures precise accuracy of your micro collet with its advanced engineering and reduced tolerance down to 0.005 microns. Its superior design ensures the highest level of precision.
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Bilz BILZ BT40 Super Collet Chuck
Application:?For high-speed spindles and general millingMachine types:?Machine Centers FEATURES Excellent Run-out accuracy? within? 5? @ 4D Gripping force double than ER Integrated run-out accuracy with compact design Dynamically balanced G2.5 @ 25000rpm Minimize the work interruption between tool and work piece Super Collet Vs ER Collet SUPER COLLET Slim design allows for better each Force is perpendicular to center line of tool holder for better grip Integrated run-out accuracy with compact design More gripping area creates better accuracy ER COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy Super Collet chuck - Advantages ? SUPER COLLET slim design allows for better reach Force is perpendicular to center line of tool holder for better grip More gripping area creates better accuracy ER? COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy
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Bilz BILZ BT50 Super Collet Chuck
Application:?For high-speed spindles and general millingMachine types:?Machine Centers FEATURES Excellent Run-out accuracy? within? 5? @ 4D Gripping force double than ER Integrated run-out accuracy with compact design Dynamically balanced G2.5 @ 25000rpm Minimize the work interruption between tool and work piece Super Collet Vs ER Collet SUPER COLLET Slim design allows for better each Force is perpendicular to center line of tool holder for better grip Integrated run-out accuracy with compact design More gripping area creates better accuracy ER COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy Super Collet chuck - Advantages ? SUPER COLLET slim design allows for better reach Force is perpendicular to center line of tool holder for better grip More gripping area creates better accuracy ER? COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy
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Bilz BILZ FBT30 Super Collet Chuck
Application:?For high-speed spindles and general millingMachine types:?Machine Centers FEATURES Excellent Run-out accuracy? within? 5? @ 4D Gripping force double than ER Integrated run-out accuracy with compact design Dynamically balanced G2.5 @ 25000rpm Minimize the work interruption between tool and work piece Super Collet Vs ER Collet SUPER COLLET Slim design allows for better each Force is perpendicular to center line of tool holder for better grip Integrated run-out accuracy with compact design More gripping area creates better accuracy ER COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy Super Collet chuck - Advantages ? SUPER COLLET slim design allows for better reach Force is perpendicular to center line of tool holder for better grip More gripping area creates better accuracy ER? COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy
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Bilz BILZ FBT40 Super Collet Chuck
Application:?For high-speed spindles and general millingMachine types:?Machine Centers FEATURES Excellent Run-out accuracy? within? 5? @ 4D Gripping force double than ER Integrated run-out accuracy with compact design Dynamically balanced G2.5 @ 25000rpm Minimize the work interruption between tool and work piece Super Collet Vs ER Collet SUPER COLLET Slim design allows for better each Force is perpendicular to center line of tool holder for better grip Integrated run-out accuracy with compact design More gripping area creates better accuracy ER COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy Super Collet chuck - Advantages ? SUPER COLLET slim design allows for better reach Force is perpendicular to center line of tool holder for better grip More gripping area creates better accuracy ER? COLLET Wide collets = wide nut design Force is angular to center line of tool holder Less gripping area results in lesser accuracy
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Bilz BILZ Shell mill holder BT30
Taper - BT30 Butting OD- 16mm Lenth - 40mm
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Bilz BILZ Shell mill holder BT40
Taper BT40 Butting size - 16-40mm Length - 40-250mm
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Bilz BILZ Shell mill holder BT50
Taper - BT50 Butting Size - 16-40mm Length - 60 -Â 250mm.
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Bilz BILZ Shell mill holder HSK-A100
Taper - HSK-A100 Butting Size - 16-40mm Length - 100 - 160mm
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Bilz BILZ Shell mill holder HSK-A50
Taper - HSK-A50 Â Butting Size -16-32mm Length - 50-100mm
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Bilz BILZ Shell mill holder HSK-A63
Taper - HSk-A63 Butting Size - 16-40mm Legth - 50-100
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Bilz BILZ Shell Mill Holder SK40
Taper - SK40 Butting Size - 16-40mm Length - 35 - 160mm.
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Bilz BILZ Shell Mill Holder SK50
Taper - SK50 Butting Size - 22- 40mm Length - 100 - 160mm
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Bilz Bilz Shrink Fit Holders (BT30)
Bilz's BT30 Shrink Fit Holders deliver precision accuracy for your projects, with heat-shrink accuracy that goes beyond competing holders. Crafted with accuracy, reliability, and longevity in mind, these heat-shrink holders make it easy to deliver reliable and precise performance every time.
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Bilz Bilz Shrink Fit Holders (BT40)
Bilz Shrink Fit holders (BT40) offer precision heat shrink fit technology for added security. This cutting edge technology ensures a tight fit that cannot be achieved with traditional holders and increases tool stability, accuracy, and productivity.
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BTB BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-1 mm X 3 FL X 50 OAL
BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-1MM X 3 FL X 50 OAL 4FLT The BTB 1mm Solid Carbide Endmill is crafted for ultra-fine CNC operations. With 4 flutes and a coated surface and a high-performance coating is engineered for precision micro-machining and fine detailing in CNC milling operations. Designed for exceptional control and durability, this tool is ideal for industries that demand intricate cuts and high-quality finishes on small-scale components. Features: Specification Details Flute Length 3mm Overall Length 50mm Flute Design 4-Flute – Ensures smooth and stable cutting Coated Surface Enhances heat resistance and prolongs tool life Benefits: Provides exceptional accuracy in micro-machining tasksCoating improves wear resistance for extended usageOptimized flute design for efficient chip removalMaintains edge sharpness and dimensional stability under continuous useApplications: Ideal for precision CNC milling on small partsPerfect for General engineering tasks requiring deep cuts and fine finishesCommonly used in electronics, medical device manufacturing, and mold & die industries where intricate detailing is required 1. What is the 1mm endmill typically used for? The 1mm endmill is commonly used for precision CNC milling in small parts, fine slotting, engraving, and contouring applications across industries like electronics, mold-making, and precision engineering.2. Is the 1mm endmill suitable for hard materials like stainless steel?Yes, the tool’s solid carbide construction and wear-resistant coating make it ideal for machining stainless steel, alloy steel, and even some hardened materials with proper cutting parameters.3. What are the benefits of the 4-flute design in this tool?The 4-flute geometry provides a smoother surface finish, better tool rigidity, and efficient chip evacuation—especially useful in harder materials or when tighter tolerances are required.4. What is the recommended spindle speed for a 3mm coated endmill?Spindle speeds typically range from 15,000 to 25,000 RPM depending on the material and depth of cut. Always refer to specific cutting data for optimal results.5. Do I need to use coolant while machining with this endmill?Yes, using coolant or air blast is advisable to reduce heat, prevent tool wear, and improve surface finish, especially during long or high-speed operations. Â
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BTB BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-10 mm X 25 FL X 75 OAL
BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-10MM X 25 FL X 75 OAL 4FLT The 10mm Solid Carbide Endmill with a 4-flute design and premium coating is built for heavy-duty CNC milling applications. Engineered for durability, thermal stability, and precision, this tool delivers outstanding performance in material removal, surface finish, and dimensional control.  Features: Specification Details Diameter 10mm Flute Length 30mm Overall Length 75mm Flute Design 4-Flute – Ensures superior stability and smoother finishes Coated Surface Enhances heat resistance and reduces wear Benefits:Ideal for high-speed and high-feed machiningCoating allows for aggressive cutting with minimal wearExcellent chip evacuation and reduced tool vibrationMaintains tight tolerances in long production runsApplications:Perfect for General engineering tasks requiring deep cuts and fine finishesWidely used in mold & die, aerospace, defense, and general engineering industriesIdeal for deep pocketing, slotting, and contouring in large components  1. What kind of materials is this tool best suited for?It is optimized for hard and abrasive materials such as stainless steel, hardened steels, aluminium alloys, and cast iron.2. How does the 10mm size benefit machining?Its larger diameter provides enhanced rigidity and allows for higher material removal rates while maintaining surface accuracy.3. Can it handle both roughing and finishing tasks?Yes, the 4-flute design and strong carbide body make it versatile for both aggressive roughing and precision finishing.4. Is coolant necessary while using this tool?Coolant is highly recommended, especially for heat-sensitive materials or extended runs, to prolong tool life and maintain performance.5. What machines is this compatible with?It’s suitable for all CNC milling machines that support 10mm shank tools and high-speed machining capabilities.
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BTB BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-12 mm X 30 FL X 75 OAL
BTB 4 Flute Solid Carbide Endmill-Coated/BEN4-12MM X 30 FL X 75 OAL 4FLT The 12mm Solid Carbide Endmill with 4-flute geometry and a high-performance coating is engineered for high-efficiency CNC machining. Designed to handle demanding operations, it offers excellent rigidity, smooth cutting action, and long-lasting durability—making it the go-to tool for professionals working with hard and abrasive materials.  Features: Specification Details Diameter 12mm Flute Length 35mm Overall Length 75mm Flute Design 4-Flute – Maximizes surface finish and cutting stability Premium Coating Enhances heat resistance and wear life Benefits:Perfect for heavy-duty machining and high-feed applicationsCoating allows for higher RPMs and extended tool lifeReduces tool deflection and chatter during deep cutsMaintains tight tolerances under continuous operationsApplications:Perfect for General engineering tasks requiring deep cuts and fine finishesCommonly used in aerospace, mold & die, heavy machinery, and general engineeringSuitable for roughing, slotting, and finishing tasks on large components 1. What operations is the 12mm endmill best suited for?It is ideal for roughing, deep slotting, and heavy material removal while also capable of delivering fine finishes.2. Is it capable of machining tough and hard-to-cut materials? Yes, the solid carbide body and advanced coating make it ideal for handling hard-to-machine materials, including high-strength alloys and heat-resistant metals, while also supporting general-purpose machining needs. 3. What type of machines support this tool?Any CNC milling machine or manual mill with 12mm tool holding capacity and proper spindle speed control can use this tool.4. Should I use coolant with this endmill?Yes, especially when machining hard materials or during long production cycles, using coolant helps extend tool life and maintain cutting performance.5. How does the 4-flute design improve cutting efficiency?It enables a higher feed rate, improved finish quality, and better chip load distribution, which enhances performance in both roughing and finishing.
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